首个融合诊断与治疗推理的智能心理咨询模型
Beyond Empathy: Integrating Diagnostic and Therapeutic Reasoning with Large Language Models for Mental Health Counseling
- 基于真实社交平台心理求助帖,自动构建多轮对话数据
- 结合DSM/ICD标准与认知行为疗法等多流派方法,生成临床级回应
- 在四大维度评估中显著优于现有模型,适合研究者与临床辅助应用
大型语言模型(LLMs)在心理健康支持方面潜力巨大,能生成共情回应并模拟治疗对话。然而,现有方法缺乏临床基础,尤其在符合DSM/ICD标准的显式诊断推理以及整合多种治疗流派(如CBT、ACT、心理动力学)方面表现不足。为此,我们提出PsyLLM,首个系统融合诊断与治疗推理的心理健康咨询大模型。通过设计新颖的自动化数据合成管道,处理来自Reddit的真实心理求助帖,生成多轮对话结构,并利用LLMs在国际诊断标准和多种治疗框架指导下模拟详尽的临床推理过程。经多维严格筛选,确保数据质量与临床一致性。此外,我们引入新基准与评估协议,从四个关键维度衡量咨询质量。实验表明,PsyLLM在该基准上显著优于现有最先进模型。模型权重与数据集已公开发布于https://github.com/Emo-gml/PsyLLM。
原文摘要 · Abstract (English)
Large language models (LLMs) hold significant potential for mental health support, capable of generating empathetic responses and simulating therapeutic conversations. However, existing LLM-based approaches often lack the clinical grounding necessary for real-world psychological counseling, particularly in explicit diagnostic reasoning aligned with standards like the DSM/ICD and incorporating diverse therapeutic modalities beyond basic empathy or single strategies. To address these critical limitations, we propose PsyLLM, the first large language model designed to systematically integrate both diagnostic and therapeutic reasoning for mental health counseling. To develop PsyLLM, we design a novel automated data synthesis pipeline that processes real-world mental health posts collected from Reddit, where users frequently share psychological distress and seek community support. This pipeline processes real-world mental health posts, generates multi-turn dialogue structures, and leverages LLMs guided by international diagnostic standards (e.g., DSM/ICD) and multiple therapeutic frameworks (e.g., CBT, ACT, psychodynamic) to simulate detailed clinical reasoning processes. Rigorous multi-dimensional filtering ensures the generation of high-quality, clinically aligned dialogue data. In addition, we introduce a new benchmark and evaluation protocol, assessing counseling quality across four key dimensions. Our experiments demonstrate that PsyLLM significantly outperforms state-of-the-art baseline models on this benchmark. The model weights and dataset have been publicly released at https://github.com/Emo-gml/PsyLLM.
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